For my Mechanical Engineering Lab Super User training, I had to CAM and machine a pillow block on a mill. Using FS wizard, I was able to calculate the feeds and speeds needed to machine my part out of acrylic safely. This part posed a challenge to machine due to the work holding necessary in order t...

In this project, I am designing and building a handheld gaming emulator running on a Raspberry Pi. Currently, I have the buttons and joysticks working, but the shell is still being designed.

I designed, protoyped, and fabricated an AAIC competition plane T-tail empenage for Columbia University's airplane club.

In this project, I created a DIY 3D lidar scanner for object detection and mapping. The motivation behind this project was learning about object detection in my harmonic analysis class and radar instruments in my waves in optics class. I became fascinated with radar and wanted to see if I could make...

This was a machine design class project where we had to design a 4-bar linkage to press 3 buttons at pre-determined positions. This project involved designing, machining, coding, and lots of testing

This was a project to familiarize me with our Mechanical Engineering Shop at Columbia. The goal was to fabricate a mini car jack using a mill, laser cutter, 3d printer, and lathe from engineering sketches.

This was a class class project with the objective of designing, constructing, and implementing an Arduino-based solar cell array tracking system. Specifically, the project involved developing a system utilizing motors and sensors to detect a light source and dynamically orient a solar cell toward it...